Orientation Effects in the Mechanical Behavior of Anisotropic Structural Materials: A Symposium Presented at the Fifth Pacific Area National Meeting, American Society for Testing and Materials, Seattle, Wash., Oct. 31-Nov. 5, 1965 |
Contents
Anisotropic Sandwich ConstructionsE W KUENZI | 10 |
Anisotropy in WoodR L EtHINGTON AND H C HILBRAND | 21 |
MatrixTensor Mathematics in Orthotropic ElasticityB A JAYNE | 39 |
Copyright | |
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Common terms and phrases
analysis angle Anisotropic Structural Materials applied axis Behavior of Anisotropic bond boron filament buckling cartesian tensor cellulose coefficients compliance tensor components composite fabricated Composite Materials compressive considered core cross grain deformation developed direction cosines directions of principal elastic constants elastic modulus elastic tensor experimental facings fiber glass composites filament-matrix fissures Forest Products Laboratory fracture frame of reference gage Hooke's law interaction investigation isotropic material laminate load longitudinal material orthotropy Mechanical Behavior mechanical properties metal matrix composites micromechanics normal strains numbers obtained Orientation Effects orthotropic axes orthotropic materials parameter perpendicular principal strains principal stresses radial ratio reinforced Research rheologic rotation Sandwich Constructions shear strength shear stress shown in Fig silicon carbide specimen strain tensor stress-strain stresses and strains subscripts surface symmetry tangential temperature tensile strength theories of failure tion transformation transverse U. S. Forest Products ultimate strength values whiskers wire loops wood σι диг